The modern economy increasingly operates within a digital environment. Cryptocurrencies, tokenized assets, NFTs, digital accounts, cloud services, and other intangible resources constitute a significant portion of individuals’ property rights. At the same time, traditional inheritance mechanisms remain primarily oriented toward tangible assets, creating legal and procedural uncertainty regarding the management of digital assets after the death of their owner.
Vladyslava Trach is the author of scholarly research dedicated to legal and technological models for managing digital assets in inheritance relations through the use of information systems and artificial intelligence algorithms.
Scholarly Publications
One of the scholarly works is the article “Implementation of Notarial Information Systems for the Registration and Transfer of Digital Assets to Heirs,” published in the academic journal PPDNZ (2024). Official link: https://ppdnz.com.ua/index.php/home/article/view/422
The journal is an independent academic publication that conducts peer review prior to publication and is not affiliated with the author.
The article examines the integration of notarial information systems into the process of registering a decedent’s digital assets, identifying digital rights, verifying ownership, and creating a structured registry of digital inheritance portfolios. The publication includes the formulation of the research problem, a review of prior studies, substantiation of the author’s proposed model, and conclusions.
The second scholarly work is the article “Information Systems Using Artificial Intelligence for Predicting Digital Inheritance Management Scenarios,” published in the journal Academy Vision (2025). Official link: https://www.academy-vision.org/index.php/av/article/view/2296
The journal is an independent academic publication with a peer-review procedure and an international editorial board.
The article analyzes the application of AI models for modeling potential inheritance scenarios, taking into account legal and factual parameters. It proposes an approach to predicting potential legal conflicts prior to the opening of inheritance proceedings. The study is structured in an academic format and includes methodological and analytical components.
Patent Application
Based on the conducted research, a technical model of a system for managing digital assets in inheritance relations has been developed.
A patent application has been filed with the United States Patent and Trademark Office (USPTO) for the invention titled “Computer-Implemented Notarial Method and System for Secure Collection, Processing, and Transfer of Digital Assets to Heirs Using Artificial Intelligence.”
Application № 63/980,596.
The described system provides for structured collection of digital asset data, notarial identity and ownership verification, classification of digital assets, algorithmic modeling of inheritance scenarios, generation of legally relevant transfer instructions, and controlled execution of asset transfer upon the occurrence of a legally confirmed event.
Research Direction
The scholarly works of Vladyslava Trach establish a consistent research direction aimed at adapting inheritance law to the realities of the digital economy. The publications substantiate the necessity of systematically integrating the notarial function into the digital infrastructure of intangible asset management.
The author develops a structured classification model of digital assets, proposes algorithmic ranking of inheritance scenarios according to levels of legal risk, and analyzes mechanisms of cross-border application of inheritance law to digital rights.
Particular attention is devoted to combining algorithmic data analysis with institutional legal authentication, thereby preserving legal certainty in digital inheritance processes and ensuring a balance between automation and formal legal procedure.
Practical Significance
The proposed models may be integrated into notarial information systems, estate planning platforms, and legal technology solutions focused on digital asset management. The use of algorithmic forecasting enables the reduction of dispute risks, loss of access to assets, and legal uncertainty in cross-border situations.
Conclusion
The research conducted by Vladyslava Trach demonstrates a systematic approach to addressing a legal issue arising from the digitalization of property relations. The works combine legal doctrine, information technologies, and algorithmic modeling, forming a comprehensive framework for managing digital assets in inheritance relations.
The transition from traditional inheritance administration procedures to structured digital mechanisms incorporating notarial verification and predictive legal modeling reflects the institutional evolution of property rights protection in the digital era.
The filed patent application represents a logical continuation of the scholarly research and confirms the applied dimension of the developed model, which integrates legal procedure, information systems, and artificial intelligence tools into a unified architecture of digital inheritance management.
